This object contains an appropriate value to be used for hpnicfIfQoSAggregativeCarIndex
when creating rows in the hpnicfIfQoSAggregativeCarConfigTable.
Begin with 1.
Supported green action:
invalid(0),
pass(1),
discard(3),
remark(4),
remark-ip-pass(6),
remark-mplsexp-pass(8),
remark-dscp-pass(10),
Hardware QoS : pass, discard, remark.
Software QoS : pass, discard, remark-ip-pass(6),
remark-mplsexp-pass(8), remark-dscp-pass(10).
'invalid' is returned only when getting value from software QoS.
The value is to remark When green action is remarking.
For remark-dscp-pass, the range is 0~63;
For remark-ip-pass and remark-mplsexp-pass, the range is 0~7;
Only software QoS support this node.
255 is returned only when getting value from hardware QoS or
when action being pass, discard of software QoS.
255 can't be set.
The value is to remark When yellow action is remarking.
For remark-dscp-pass, the range is 0~63;
For remark-ip-pass and remark-mplsexp-pass, the range is 0~7;
Only software QoS support this node.
255 is returned only when getting value from hardware QoS or
when action being pass, discard of software QoS.
255 can't be set.
Supported red action:
invalid(0),
pass(1),
discard(3),
remark(4),
remark-ip-pass(6),
remark-mplsexp-pass(8),
remark-dscp-pass(10),
Hardware QoS : pass, discard, remark.
Software QoS : pass, discard, remark-ip-pass(6),
remark-mplsexp-pass(8), remark-dscp-pass(10).
'invalid' is returned only when getting value from software QoS.
The value is to remark When red action is remarking.
For remark-dscp-pass, the range is 0~63;
For remark-ip-pass and remark-mplsexp-pass, the range is 0~7;
Only software QoS support this node.
255 is returned only when getting value from hardware QoS or
when action being pass, discard of software QoS.
255 can't be set.
The type of aggregative CAR.
The enumeration 'aggregative' indicates that the ports
with a same aggregative CAR use one token bulk.
The enumeration 'notAggregative' indicates that each port
uses one token bulk.
The index of the table.
ipv4acl: the number is ipv4 acl number;
ipv6acl: the number is ipv6 acl number;
carl: the number is CARL number;
any: the number is 0;
The value is to remark when green action is remarking.
For remark-dscp-continue and remark-dscp-pass, the range is 0~63;
For remark-ip-continue and remark-ip-pass and
remark-mplsexp-continue and remark-mplsexp-pass and
remark-dot1p-continue and remark-dot1p-pass, the range is 0~7;
For remark-fr-de-continue and remark-fr-de-pass and
remark-atm-clp-continue and remark-atm-clp-pass, the range is 0~1.
255 is returned only when getting value from hardware QoS
or when action being pass, discard of software QoS.
255 can't be set.
The value is to remark when yellow action is remarking.
For remark-dscp-continue and remark-dscp-pass, the range is 0~63;
For remark-ip-continue and remark-ip-pass and
remark-mplsexp-continue and remark-mplsexp-pass and
remark-dot1p-continue and remark-dot1p-pass, the range is 0~7;
For remark-fr-de-continue and remark-fr-de-pass and
remark-atm-clp-continue and remark-atm-clp-pass, the range is 0~1.
255 is returned only when getting value from hardware QoS
or when action being pass, discard of software QoS.
255 can't be set.
The value is to remark when red action is remarking.
For remark-dscp-continue and remark-dscp-pass, the range is 0~63;
For remark-ip-continue and remark-ip-pass and
remark-mplsexp-continue and remark-mplsexp-pass and
remark-dot1p-continue and remark-dot1p-pass, the range is 0~7;
For remark-fr-de-continue and remark-fr-de-pass and
remark-atm-clp-continue and remark-atm-clp-pass, the range is 0~1.
255 is returned only when getting value from hardware QoS
or when action being pass, discard of software QoS.
255 can't be set.
Exponent for WRED calculates the average length of queue.
If 'hpnicfIfQoSWredGroupType' is 'queue', the object is ineffective.
So, it must use the object, which is 'hpnicfIfQoSWredGroupExponent' of
hpnicfIfQoSWredGroupContentTable, to indicate the exponent of
each queue of the queue WRED group.
The priority of a packet.
Different type of packet has different priority.
Type of priority Range of priority
dot1p 0..7
ippre 0..7
dscp 0..63
atmclp 0..1
frde 0..1
exp 0..7
queue 0..7 ( defined by product )
dropLevel 0..2
Exponent for WRED calculates the average length of queue.
Only 'hpnicfIfQoSWredGroupType' is 'queue', the object is effective.
This object is designed to indicate the exponent of
each queue of the queue WRED group.
This object contains an appropriate value to be used for hpnicfIfQoSPriMapGroupIndex
when creating rows in the hpnicfIfQoSPriMapGroupTable.
Begin with 64.
The index of map, which are defined by system and user.
The index of system defined map is 1 to 9.
System defined map-name/map-index pairs like this:
Map-index Map-name
1 dot1p-dp
2 dot1p-dscp
3 dot1p-lp
4 dscp-dot1p
5 dscp-dp
6 dscp-dscp
7 dscp-lp
8 exp-dp
9 exp-lp
Input value of priority mapping table.
Different priority has different hpnicfIfQoSPrePriMapTableImportValue.
Priority-type Range of hpnicfIfQoSPrePriMapTableImportValue
dot1p (0..7)
dscp (0..63)
lp (0..7)
exp (0..7)
ipPrecedence (0..7)
up (0..7)
dot11e (0..7)
Output value of priority mapping table.
Different priority has different hpnicfIfQoSPrePriMapTableExportValue.
Priority-type Range of hpnicfIfQoSPrePriMapTableExportValue
dot1p (0..7)
dscp (0..63)
lp (0..7)
exp (0..7)
ipPrecedence (0..7)
up (0..7)
dp (0..2)
fc (0..7)
rpr (0..2)
The bitmap of Queue ID.
The octet specifies queues 0 through 7. If a bit has
a value of '1', the corresponding queue is configured
in the set of Queues; if a bit has a value of '0',
the corresponding queue is not configured.
The bitmap of Dot1p value.
The octet specifies Dot1p values 0 through 7. If a bit
has a value of '1', the corresponding Dot1p value is
configured in the set of Dot1p values; if a bit has a
value of '0', the corresponding Dot1p value is not
configured.
The bitmap of Dscp value.
Each octet within this value specifies a set of
eight Dscp values, with the first octet specifying
Dscp values 0 through 7, the second octet specifying
Dscp values 8 through 15, etc. If a bit has a value
of '1', the corresponding Dscp value is configured
in the set of Dscp values; if a bit has a value of
'0', the corresponding Dscp value is not configured.
The bitmap of VLAN ID.
Each octet within this value specifies a set of
eight VLANs, with the first octet specifying
VLANs 0 through 7, the second octet specifying VLANs
8 through 15, etc. If a bit has a value of '1', the
corresponding VLAN is configured in the set of VLANs;
if a bit has a value of '0', the corresponding VLAN
is not configured.
A table of remarking TCP port priority information.
The priority field of all packets with the specified
TCP port will be remarked to the configured value.
A table of remarking UDP port priority information.
The priority field of all packets with the specified
UDP port will be remarked to the configured value.
Remarking IPv4 address priority information entry.
The priority field of all IPv4 packets with the specified
IP address will be remarked to the configured value.
A table of remarking IPv6 address priority information.
The priority field of all IPv6 packets with the specified
IP address will be remarked to the configured value.
A table of remarking layer 3 protocol priority information.
The 802.1p priority field of all packets of the specified
protocol will be remarked to the configured value.
Global type of service.
The type of service is disabled by default.
When in ip-precedence mode, device uses ip-precedence value to
determine the 802.1p priority of the packet and its outbound queue.
When in DSCP mode, device uses DSCP value to determine
the 802.1p priority of the packet and its outbound queue.